Production and processing customized graphite plate classification:

1. Oxidation resistant coated graphite plate from China manufacturer
Customized graphite plate coated with antioxidant protective layer (graphite electrode). The generation of conductive high-temperature anti-oxidation protective layer can reduce the electrode consumption during customized graphite plate ironmaking (19% ~ 50%), improve the service life of the electrode (22% ~ 60%), and reduce the electromagnetic energy consumption of the electrode.

2. General output power of customized graphite plate from China manufacturer
The general electric engineering heating furnace of iron making plant, silicon smelting plant and yellow phosphorus smelting plant allows the use of graphite electrode with current intensity lower than 17a / cm2.

3. Ultra high output power customized graphite plate from China manufacturer
Customized graphite plates with current intensity exceeding 25A / cm2 are allowed. The key is the medium frequency furnace with extremely high output power.

4. High power graphite plate from China manufacturer
Customized graphite plate with current intensity of 18 ~ 25A / cm2 is allowed. The key is to use high-power medium frequency furnace for ironmaking.

Graphite packing plate from China manufacturer:

1. Interface mode: one end of the electrode has been connected and packed for shipment. Key efficacy of packaging: keep the electrode from damage during the whole storage and transportation process, especially the external thread.

2. Separately packed welding wires and connectors shall be packed and shipped.

3. Transportation and storage of graphite electrode from China manufacturer:

(1) In order to better ensure that the inner hole and outer thread of the electrode are in good condition, please do not immediately hook the two end holes of the electrode with an iron hook when transporting the electrode.

(2) Please do not stack the electrode and RF connector on the road immediately, but on the wooden or iron structure to prevent the electrode from being damaged or stuck by the soil. There is no need to disassemble the temporary unnecessary electrode and RF connector packaging to avoid dust and dirt falling into the external thread or electrode hole.

(3) Stored welding wires shall be waterproof. Wet welding wires shall be dried before use to prevent cracks and air oxidation during steelmaking.

(4) When loading, unloading and handling the junction box, handle it carefully to avoid collision with the connector and damage to the external thread.

(5) When lifting or unwinding the electrode, pay attention to avoid rolling and damage of the electrode due to inclination.

High purity graphite plate from China manufacturer has many different properties and can be used in electrochemical, metallurgical, chemical and other industries. The following small series will introduce you to the method of selecting the correct type of high-purity graphite plate:

1. Mechanical aspect

High purity graphite plate for machinery needs to use raw materials with good wear resistance and lubricity. It is a kind of graphite with high density and small particles.

2. Conductivity

High purity graphite plate with good conductivity generally adopts large particles, because large particles of graphite have the advantages of high current resistance and not easy to break. Graphite plate manufacturers choose raw materials with good graphitization degree for processing, because this kind of graphite has soft texture and good conductivity.

Graphite plate from China manufacturer is a new type of non-metallic material. The lower the resistivity of graphite plate, the higher the allowable current density and the smaller the diameter. Its particularity is that the strength increases with the increase of temperature. The mechanical strength of high-power graphite plate from China manufacturer can be divided into compressive strength, bending strength and tensile strength.

1. Tensile strength: the instantaneous ultimate load of the damaged object when the external force is tensile force.

2. Ultimate load (also known as bending strength): when an object is subjected to an external force perpendicular to its axis, it will bend first and then break.